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The nitrogen supplying capacities, transformation of fixed ammonium and chemical nature of decomposable organic nitrogen through the successively air-drying or oven-drying, rewetting and incubation of residual soils amended with 15N-labelled rice straw

Kawaguchi, S.; Kai, H.; Aibe, T.

Journal of the Faculty of Agriculture, Kyushu University 30(4): 253-265

1986

Accession: 001712645
The nitrogen supplying capacities of the soil, transformation of fixed ammonium and chemical nature of decomposable organic nitrogen were investigated under repeated air-drying or oven-drying, rewetting and incubation of soils which had been amended with 15N-labelled rice straw.

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Related References

Kawaguchi, S.; Kai, H.; Aibe, T. 1986: The nitrogen supplying capacities transformation of fixed ammonium and chemical nature of decomposable organic nitrogen through the successively air drying or oven drying rewetting and incubation of residual soils amended with nitrogen 15 labeled rice straw Journal of the Faculty of Agriculture Kyushu University 30(4): 253-266
Marumoto, T.; Kai, H.; Yoshida, T.; Harada, T. 1974: Contribution of microbial cells and their cell walls to the accumulation of organic matter that becomes decomposable as a result of soil drying. 4. Chemical fractions of the organic nitrogen of microbial cells and their cell wall substances which become decomposable as a result of ultrasonification or oven-drying Journal of the Science of Soil and Manure, Japan 45(8): 395-402
Ahmad, Z.; Yahiro, Y.; Kai, H.; Harada, T. 1973: Factors affecting immobilization and release of nitrogen in soil and chemical characteristics of the nitrogen newly immobilized part 4 chemical nature of the organic nitrogen becoming decomposable due to the drying of soil Soil Science and Plant Nutrition 19(4): 287-298
Ahmad, Z.Y.hiro, Y.K.i, H.H.rada, T. 1973: Factors affecting immobilization and release of nitrogen in soil and chemical characteristics of the nitrogen newly immobilized. Iv. chemical nature of the organic nitrogen becoming decomposable due to the drying of soil Soil science and plant nutrition 19(4): 287-298
Chu, C.L.; Wan, Z.C.; S U.Y.H. 1963: Investigation of the nitrogen-supplying regime of soils. II. The transformation of ammonium sulphate in rice soils & its effect on the nitrogen-supplying status of soil. Actapedol. sin, 11: 185
Marumoto, T.; Kai, H.; Yoshida, T.; Harada, T. 1977: Chemical fractions of organic nitrogen in acid hydrolysates given from microbial cells and their cell wall substances and characterization of decomposable soil organic nitrogen due to drying Soil Science and Plant Nutrition 23(2): 125-134
Wiltshire, G.H.; Du Preez, C.C. 1994: The effect of oven-drying on residual inorganic nitrogen in soils South African Journal of Plant and Soil 11(2): 107-109
Novair, S.B.; Hosseini, H.M.; Etesami, H.; Razavipour, T. 2020: Rice straw and composted azolla alter carbon and nitrogen mineralization and microbial activity of a paddy soil under drying?rewetting cycles Applied Soil Ecology 154: 103638
Chu, P.E.; Hance, F.E. 1939: The effects of oven drying and air drying on the available nitrogen content of soils Hawaii. Plant. Rec 43: 217-225
Haynes, R.J.; Swift, R.S. 1991: Concentrations of extractable copper zinc iron and manganese in a group of soils as influenced by air drying and oven drying and rewetting Geoderma 49(3-4): 319-334
Chen, Y.; Chen, R.; Liu, Z.; Yu, X.; Zheng, S.; Yuan, S. 2021: Nitrogen process in stormwater bioretention: the impact of alternate drying and rewetting on nitrogen migration and transformation Environmental Science and Pollution Research International 28(32): 43803-43814
Jolivet, E.; Helias, M. 1953: Considerations on the mineralization in vitro, in the drying oven, of the organic nitrogen of Brittany soils. C.R. Acad. Agric 39: 508-510
Kai, H.; Masayna, W.; Yamada, Y. 1984: Nitrogen behavior in tropical wetland rice soils. I: Nitrogen-supplying capacities Fert. Res 5(3): 259-271
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Gao, J; Feng, J; Zhang, X; Yu, F-Hai; Xu, X; Kuzyakov, Y 2016: Drying-rewetting cycles alter carbon and nitrogen mineralization in litter-amended alpine wetland soil Catena 145: 285-290
Yemadje, P.L.; Chevallier, T.; Guibert, H.; Bertrand, I.; Bernoux, M. 2017: Wetting-drying cycles do not increase organic carbon and nitrogen mineralization in soils with straw amendment Geoderma 304: 68-75
Hayashi, R.; Harada, T. 1969: Characterization of the organic nitrogen becoming decomposable through the effect of drying of a soil Soil Sci. Pl. Nutr 15: 226-234
Harada, T.; Hayashi, R. 1968: Studies on the organic nitrogen becoming decomposable through the effect of drying a soil Soil Sci. PL Nutr 14(1): 13
Kautsar, V.; Cheng, W.; Tawaraya, K.; Hattori, S.; Yamada, S.; Kobayashi, K.; Toriyama, K. 2020: Air-drying and drying-rewetting effects in Japanese Andosols subjected to long-term organic rice farming Soil Science and Plant Nutrition 66(5): 714-723